Biomedical Science Masters Programs on Campus​ options may prepare students who aspire to a career in health or related fields with the scientific and professional education in graduate level biomedical sciences that is often required. The goal of Biomedical Sciences on Campus​ programs is to reinforce students’ groundwork for further study or entry into the biomedical workforce by completing a rigorous combination of multidisciplinary graduate level coursework, research, individualized electives, and professional development.

The field of biomedical science is complex. As an academic field, it is interdisciplinary and involves the study of the biological sciences and their application to the medical field, including the development of interventions and medical technology.

Some of the disciplines that might be incorporated in the biomedical sciences include:

Medical microbiology

Genetics

Biochemistry

Molecular Science

Clinical Virology

Clinical Epidemiology

Biomedical Engineering

Students who want to earn a master’s degree in biomedical science or a Ph.D. in biomedical science should have a solid academic background in the sciences and mathematics, especially in fields like physics, biochemistry, calculus and biology

Admissions to Masters programs in Biomedical Science on campus typically require a bachelor’s degree in a science field. Research and a thesis are usually necessary and it may take 2 years to complete your degree.

Why Enroll in a Campus Based Biomedical Science Masters Program?

Campus Biomedical Science Masters programs offer hands-on and face-to-face interactions. It is common that laboratory work is a large component of the curriculum; being on campus gives students access to potentially state-of-the-art technology and equipment, and on-site laboratories and libraries. Other facilities, such

as gymnasiums and social services are also available.

Some students use Biomedical Science Masters programs to prepare themselves for admission to veterinary, dental or medical school. Others use the Masters in Biomedical Science degree as an education track to a PhD and may aspire to careers in academia, biomedical research or to work in the biotechnical or pharmaceutical industries. A Masters degree in Biomedical Sciences taken at a campus location might also prepare graduates for jobs as technicians and managers in labs in a number of fields from government agencies to pharmaceutical and hospital settings.

GradSchools.com has easy to use search tools to help you locate a college or a university program. Simply use the location tabs to choose a city, state, or country where you are hoping to study. Opening a few programs and requesting information from each school will assist you in choosing the program that meets your needs. Some of these choices might include Master of Science in Regulatory Science, MS-Medical Technology, and MS Laboratory Science/Biomedical Science

Common Coursework in Biomedical Science Masters Programs

It is common for master’s in biomedical science degrees to focus on one of several areas of study, including:

Microbiology

Biochemistry

Anatomy

Pharmacology

Coursework usually takes about two years to complete, with the second year of work focusing more heavily on research and the creation and defense of an original thesis based on the research. Some of the topics might include:

Biological chemistry

Cell and developmental biology

Molecular and cellular pathology

Cancer biology

Human genetics

Biomedical technology

Potential Career Outlook for Biomedical Science Graduates

Some careers, such as scientists, advanced research, or academia do require a PhD. If you aspire to one of these professions, the Masters in Biomedical Sciences may help you achieve those goals as you move forward to doctorate level education.

Some graduates may find promising careers in a variety of potential occupations. Some of these might include:

Microbiologists study microorganisms such as bacteria and viruses to try to understand how these organisms grow and interact with their environments. According to the Bureau of Labor Statistics, employment of microbiologists is predicted to grow 4% from 2014 to 2024.[i]

FUN FACT: The development of new medicines and treatments is expected to increase the demand for microbiologists in pharmaceutical and biotechnology research.[ii]

Biological technicians help biological and medical scientists conduct laboratory tests and experiments, and work in many research areas. Sometimes referred to as laboratory assistants, they typically study microbes and perform tasks specific to microbiology. Those who work in biotechnology apply their knowledge to product development. According to the Bureau of Labor Statistics, employment of biological technicians is predicted to grow 5% from 2014 to 2024[iii]

FUN FACT: Laboratory experience is important for prospective biological technicians, so students should take biology courses that emphasize laboratory work.[iv]

Medical and Clinical Laboratory Technologists and Technicians are also referred to as medical laboratory scientists. They collect samples and perform tests to analyze body fluids, tissue, and other substances according to the requisition f healthcare professionals. According to the Bureau of Labor Statistics, employment of medical laboratory technologists is projected to grow 14 percent from 2014 to 2024, which is much faster the average for all occupations[v].

Ready To Pursue a Masters in Biomedical Sciences on Campus Degree?

Whether you are preparing for an imminent career or planning for a future one, earning a Masters Degree in Biomedical Science has the potential to prepare you with a great education. Start reviewing accredited colleges and universities with Biomedical Science masters programs on GradSchools.com today!

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